Wave Energy
Redefined.
A modular, autonomous Wave Energy Converter (WEC) designed for the next generation of offshore data centers. High efficiency, zero emissions, and 24/7 continuous power.
What We Are Building
A network of interconnected floating modules designed to redefine how high-performance systems are powered, deployed, and scaled.
Energy Generation
Renewable power production integrated directly into the module's structure.
Computing Capacity
High-performance nodes optimized for distributed offshore execution.
Seawater Cooling
High-efficiency thermal management utilizing natural marine temperature gradients.
Native Connectivity
Subsea and offshore network mesh for seamless data transmission.
Eco-System Integration
Minimal Impact
Surface geometry designed to coexist with local marine flora and fauna.
Thermal Control
Real-time water temperature monitoring to prevent localized habitat shifts.
Low Visibility
Minimal landscape pollution compared to traditional offshore platforms.
Zero GHG
Pure kinetic-to-electric conversion with zero greenhouse gas emissions.
Hybrid Energy Multipliers
By integrating high-efficiency solar panels on the WEC's top surface, we drastically reduce the LCOE (Levelized Cost of Energy).
Simulation Grid
High-performance simulation stack for offshore reliability.
DualSPHysics
Analyzes fluid-structure interaction and wave force distribution using Smoothed Particle Hydrodynamics (SPH).
Project Chrono
Simulates mechanical stresses, transmission friction, and the conversion from wave motion to rotary generator input.
MoorDyn+
Evaluates dynamic cable tension and anchor stability to ensure the device remains secure across depths of 50m to 300m.
Thermal & Energy
Post-processing of mechanical output to estimate LCOE, heat dissipation, and overall electrical conversion efficiency.